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Advancements in Additive Electronics Manufacturing and Printing Technologies

In this newsletter, you’ll explore cutting-edge innovations in additive electronics manufacturing, bioprinting, and printed electronics. Gain insights from industry leaders and download the full presentation slides to dive deeper into these transformative technologies.


  1. ImageXpert | Inkjet & Dispensing for Printed Electronics: R&D to prototype and Pilot Production

  2. University of Montreal | Drop-on-demand laser-assisted bioprinting of cells & hydrogels

  3. Fraunhofer IAP | Inkjet printable stretchable electrodes for organic electronic applications

  4. NRCC | Material & Process development for additive manufacturing

  5. TNO at Holst | 3D Additive Lithography for Electronics

 

The Future of Electronics RESHAPED Boston is the flagship TechBlick event. This event will take place at the UMass Boston, USA on the 11-12 June 2025. Visit the event website here.


EARLY BIRD rates are available until December 20, 2025 – secure your spot now!


 
  1. ImageXpert | Inkjet & Dispensing for Printed Electronics: R&D to prototype and Pilot Production


Paul Best  | 2023


In this presentation, ImageXpert will discuss new technologies in inkjet for evaluating and optimizing processes in R&D and production. These tools allow you to build a better understanding of your inkjet process, improve the performance, and accelerate the rate of development. We will explore the latest analysis tools, from new dropwatching technologies to smarter prototyping printers.


In this presentation you will learn about the following:


  • A Process for Optimization in Jetting/Dispensing Performance: Volume, Velocity, Trajectory, Satellite, Wetting, Print Quality Measurement: Feature Size, Dot Positioning, Edge Quality, Uniformity, Drop Impact

  • Testing Inkjet Performance, Sustainability – Drop Analysis. Measuring Nozzles Across the Head,

  • Testing Inkjet Performance JetXpert Print Station

  • Optimizing Inkjet Performance:Pulse Width, Damping Pulse Spacing, Voltage




    Download the Full Slides Here

 
  1. University of Montreal | Drop-on-demand laser-assisted bioprinting of cells & hydrogels


Christos Boutopoulos  | 2023


Learn about:

  • Cell bioprinting technologies: Viscosity range, resolution, speed, and cell viability

  • Laser-Induced Side Transfer (LIST) for precise bioprinting

  • Liquid ejection dynamics in LIST: Optimal printing conditions and maximum speed

  • Microvasculature bioprinting and the role of pro-angiogenic factors in tubulogenesis



 
  1. Fraunhofer IAP | Inkjet printable stretchable electrodes for organic electronic applications


Manuel Gensler  | 2023


In this presentation you will learn about the following:

  • The fundamentals of stretchability in PEDOT:PSS materials

  • Ink development for heart-rate sensor applications in collaboration with Umana Medical

  • Dielectric Elastomer Actuator with inkjet printed electrodes



 

Join us on December 11, 2024, for the FREE-TO-ATTTEND Printed Electronics & Display Innovation Day, a free online event by TechBlick and the MicroLED Association. Connect with industry leaders shaping the future of displays. View the agenda here.  



 
  1. NRCC | Material & Process development for additive manufacturing


Chantal Paquet  | 2023


In this presentation you will learn about the following:

  • Molecular inks (M-INKs) -Metal salts (e.g. copper formate, silver carboxyates) formulated into inks

    that decompose to form a metal film

  • 2D printing: Boron nitride nanotube (BNNTs) coatings on PET to improve performance of printed conductors

  • 2.5D printing: In-mold electronics with molecular inks

  • 3D printing: Silver neodecanoate in photoresins for 3D printing of conducting structures




 
  1. TNO at Holst | 3D Additive Lithography for Electronics


    Jeroen Sol | 2023


In this presentation you will gain insights on the following:

  • Lead Extractor Use Case: Enabling localized ultrasound imaging for safer heart pacemaker lead replacement procedures.

  • Innovative Design: A 6 mm diameter ring-shaped device with 10 chips, integrated seamlessly using 3D-ALE, eliminating the challenges of traditional assembly.

  • 4D Printing Benefits: Accelerated design iterations and faster time-to-market through this cutting-edge technique.




 

Join us on December 11, 2024, for the FREE-TO-ATTTEND Printed Electronics & Display Innovation Day, a free online event by TechBlick and the MicroLED Association. Connect with industry leaders shaping the future of displays. View the agenda here.  


 

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